Indian bearing

DLT Indian bearing

Bearings for MAN Trucks

Bearings For SAF, MAN, MERCEDES, SCANIA, VOLVO, RENAULT, DAF, AND OTHER EUROPEAN TRAILERS. We are offering wide range of AutomBearing For Man Trucks. Following are the specifications of the same 8193420288 8193420330 81934202349 81934200346 MAN NO 81.93420.0320 81.93420.0342 803750B 801974 AE BTF 021 BTF 0110VKBA 5377 BT 2-0135 804162 A VKBA 5416

Scania Trucks Bearings

Scania Trucks Bearings 6311 33215 1439070 33017 538971(Jf7049/Jf7010) 1724482 33206 6205 2RS 1476945 33208 6303 2RS 1429070 30217 6306 2RS BTH 018 31311 K39580/K39520 NP078914-90UA1 31312 K482/472 VKHB5314 32020 K 497/493 32208 A K 582/522 32215 A K575/572X 32216 A KH913842/H913810 32218 A KHM218248/KHM218210 32306 A KHM220149/KHM220110 32308 A KHM88542/KHM88510 32308 B KHM889449/HM89410 3230 A NJ306VH.NR 32311 A NP 07891 (BTH 018) 32312 A 516849/10 T2EE060 T2EE 065 T2EE040 T2EE045 T2EE050 T2EE055 T2EE070 JW7049/10

Volvo Bearing India picture

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bearing rajkot

Series Available For Taper Roller Bearings 32207 32012 30306 37425/625 O2872 32208 32013 30308 3780/20 104948/10 32209 32014 30309 50KW 212049 32210 32015 30310 3982/20 218248 32211 32016 30311 3984/20 220149 32212 32017 30312 414/18 515649/10 32213 32018 30313 462/53 518445 32214 32019 30314 47487 522649/10 32215 32020 30315 482/72 524850 32216 32021 30316 497/92 524851 32217 32022 30317 535/32 528946 32218 32024 30318 535/32X 528983 32219 - - 537/32 534565 32220 30209 33111 539/32 538971 32221 30210 33112 566/63 55200 32222 30211 33113 565/62 6379/20 32224 30212 33114 567/63 6386/20 32226 30213 33115 575/72 638920 - 30214 33116 580/72 715334/11 32307 30215 33117 594/92 803149/12 32308 30216 33118 596/92 903249 32309 30217 33119 598/92 - 32310 30218 - 663/52 800792-A 32311 30219 33210 683/72 800792-C 32312 30220 33210 720/249 581079-A 32313 30221 33212 72212 581079-C 32314-A 30222 33213 - 32924 32314-B - 33214 24780 331958Q 32315 33017 33215 25590 805531-A&C 32316 33018 33216 25877 - - 33019 33217 27687 - 31312-L 33020 33218 48548 - 31309 33021 33219 501349 - - 33022 33220 603049 -

BEARING HANDLING

BEARING HANDLING When handling bearings....... DO DON’T 1. Remove all outside dirt from housing before exposing bearing 1. Don’t work in dirty surrounding. 2. Treat a used bearing as carefully as you would a new one. 2. Don’t use dirty, brittle or chipped tools. 3. Work with clean tools in clean surroundings. 3. Don’t use wooden mallets or work on wooden bench tops. 4. Handle with clean, dry hands, or better, 4. Don’t handle with dirty, moist hands. clean canvas gloves. 5. Use clean solvents and flushing oils. 5. Don’t use gasoline containing tetraethyl lead, as they may be injurious to health. 6. Lay bearings out on clean newspaper. 6. Don’t spin uncleaned bearings. 7. Protect disassembled bearings from rust and dirt. 7. Don’t spin bearings with compressed air. 8. Use clean rags to wipe bearings. 8. Don’t use cotton waste or dirty cloth to wipe bearings. 9. Keep bearings wrapped in oil proof paper when not in use.

HOW TO PREPARE ROLLING BEARING FOR MOUNTING

HOW TO PREPARE ROLLING BEARING FOR MOUNTING 2.1.1 Working Planning Know in advance what you are going to do so that the mounting work can proceed in a straightforward manner. Study the shop drawing to acquaint you with the design details of the application and the assembly sequence. Phase the individual operations and get reliable information on heating temperatures, mounting forces and the type and the amount of greases to be packed into the bearing. Whenever the installation and removal of rolling bearing necessitates special measures the fitter should be provided with comprehensive instructions on mounting details, including topics such as the means of transport for the bearing, the mounting equipment, measuring devices, heating facilities and type and quantity of lubricant. 2.1.2 Before starting mounting Before starting mounting the fitter should satisfy himself that bearing number stamped on the package agrees with the designation given on the drawing and in part list. He should therefore be familiar with the bearing numbering and identification system. 2.1.3 Handling of rolling bearings before mounting: Before being packed, the bearings are coated with preservative oil, which prevents corrosion. The oil does not need to be washed out when mounting the bearing. In service, the oil combines with the bearing lubricant. Do not perform any modifications on the bearings. Subsequent drilling of lubricating holes, machining of grooves, flats and the like will disturb the stress distributions in the ring resulting in premature bearing failure. There is also the risk of chips or grit entering the bearing. 2.1.4 Cleanliness in mounting An absolute “must” for the proper fitting of roller bearings is working in clean surroundings. The tools to be used should be free from dirt & fillings. In the room where the fittings of the bearings are carried out it is absolutely essential to avoid machining with metal cutting tools. If, despite these precautions, bearings get dirty by improper handling, they must not be rotated because even the smallest particles penetrating into the bearing will damage the races and in this way the service life of the bearing will be considerably reduced. Attention should also be given to the cleanliness of shaft, housing and any other mating parts. Castings must be free from sand. After cleaning the housing bore should receive a protective coating. Bearing seats on the shaft and in housing bore should be carefully cleaned from antirust components and residual paint. Turned parts must be free from burr and sharp edges. 2.1.5 Surrounding parts All surrounding parts should be carefully checked for dimensional and geometrical accuracy before starting mounting. Non-observance of the tolerances for shaft and housing seat diameters, out of roundness of these parts, out of square of abutment shoulders etc. impair bearing performances and lead to premature failure is not always easy to establish and much time can be lost in looking for the cause of failure. 2.2 Fits Good bearing performance is largely depending on adherence to the fits specified for the two rings in the drawing. No one can give a straight answer to the questions of the “right” fit. Indeed the selection of fits is determined by the operating conditions of the machines and the design characteristics of the bearing mounting. Basically, both rings should be well supported over their seating areas and should therefore be tight fits. This, however, can not be used in all cases, since other factors, such as axial freedom of the floating bearing or easy mounting must also be taken into consideration. The interference produced by tight fits expends the inner ring and contracts the outer ring resulting in a reduction of redial clearance. Hence the radial clearance should be adapted to the fits. The shaft and housing tolerances should be checked. A too loose fit causes the ring to creep on the shaft, which tends to damage both ring and shaft. It also affects the working accuracy of the machine or causes premature raceway fatigue from poor support. On the other hand, to tight a fit leads to a reduction in radial clearance, which might result in detrimental preload and hot running of the bearing. The seating areas must, moreover, be checked for out of round in addition to diameter. As the walls of the rolling bearings are relatively thin, possible poor geometry of shaft or housing is transmitted to the raceways. Out of round and deviation from true parallelism and taper should not exceed half the specified diameter tolerance. For Radial bearings with cylindrical bore of normal precision class. (Tapered & Cylindrical Bearings) Several factors like the type and magnitude of bearing load, temperature difference, method of bearing mounting and dismounting should be taking into consideration while selecting the proper fit. The recommended tolerances for shaft and housing for common applications are given below as general guide lines: Operating Type of rotationLoad Type of fitting Condition Inner Ring Outer RingConditions Inner Ring Outer RingRotationStationaryRotating inner Tight Fit Loose Fit ring load Stationary outer ring load StationaryRotationStationaryRotationRotating inner Tight Fit Loose Fit ring load Stationary outer ring load RotationStationaryDirect of Rotating or Rotating orDirection of Tight Fit Tight Fit load StationaryStationaryload indeterminate indeterminate due to variation of direction TABLE – RECOMMENDED SEATING FITS FOR SHAFTS* Load ConditionsExamplesShaft Diameter (mm) Shaft Tolerances Cylindrical Roller & Taper Roller BearingsRotatingOuter Ring LoadEasy axial displacement of inner ring on shaftdesirableWheels on Stationary AxlesAll Shaft Diameters‘g6 Easy axial displacement of inner ring on shaftunnecessaryTension Pulleys and RopeSheaves‘h6 Rotating inner Ring Load or Direction of Load Indeterminate

LUBRICATION & OIL FOR BEARINGS

LUBRICATION Lubrication of the bearing has got such a great importance, as raw material from which from which they are made. Anticipated life of the bearing largely depends on the quality and quantity of the lubricant and its method of application. Rare lubrication and improper lubrication of a bearing result in the reduced bearing life and its premature failure. It is therefore, very essential to make a proper choice of lubricant. The advantages derived from the correct choice of lubricant are: 1. It protects the bearing from corrosion. 2. It protects the bearing to a certain extent, from the entrance of foreign matter in to the bearing. 3. It minimizes the friction between the races and rolling elements. 4. It reduces the friction arising due to elastic deformation of rolling elements when under load. 5. It facilities the smooth running of bearing by minimizing noise. 6. It creates the lubricant film on the raceway of the bearing and thereby protects the raceway from blows of the rolling elements. 7. It dissipates the heat from the bearing and also helps distribute uniformly the frictional heat throughout bearing, which is generated during operation. 8. Power losses can be saved, as internal friction can be prevented. 9. It also helps the bearing to attain the required speed. 10. It helps to attain the anticipated life of the bearing. There are TWO types of lubricants used for bearing lubrication. OIL and GREASE 1.7.1 OIL Oil lubrication is considered to be the most efficient than Grease, provided proper sealing methods are employed to prevent the leakage. Only highly refined OIL should be used as bearing lubricant. OIL is preferred when… 1. Bearing speed is very high. 2. Operating temperature is consistently high. 3. Sealing methods can be easily employed. 4. Bearing application demands that Grease is not suitable. Then during operational condition, most of the lubricant will be forced out of the bearing which can never come back into the bearing, and such lubricant is not suitable for reuse. 1.7.2 GREASE For many applications, grease is considered to be more convenient than oil. Grease used as lubricant should be of smooth texture and non-fibrous. It must be free from chemically or mechanically active ingredients. For bearing lubricants, general-purpose sodium-soap petroleum grease is preferred. It is suitable for variety of speed and temperature conditions and has rust preventive character under humid conditions. For specific working conditions and operational requirements special type of Greases are used which are… 1. Lithium soap petroleum oil grease. 2. Lithium soap di-ester grease. 3. Lithium soap silicon grease. 4. Special quality grease to withstand temperature conditions from minus 200 to 3000 F. Generally Grease lubrication is preferred when… 1. Temperature is not excessive (Not over 200 F). 2. Speeds are moderate. 3. Extra protection from Dirt, Fumes, and other foreign matter is required. 4. Long time operations without maintenance are the requirement. 1.7.3 SELECTION OF LUBRICANT 1. For small size bearing operating at high speed, low viscosity oil is used. 2. Large bearings carrying heavy loads, lubricant with higher viscosity and additional adhesive properties may be used. 3. For any application, the lubricant must have sufficient lubricating capacity at prevailing temperature. 4. It must from a load sustaining lubricating film for prevailing load conditions. 5. It must have the capacity to absorb water to a certain extent, without affecting the lubricating capacity, wherever the application demands. Thus one should ascertain the correct type of lubricant, which is suitable for operating conditions. When the lubricant quantity is inadequate, it results in the cage failure, and inadequate lubrication may heat up cage, may breakdown the ball pocket, and progressively break the whole cage. Even non-metallic cage also becomes brittle, dry and crack apart under heat and stress. Due to break down of the lubricating film on raceway and rolling element surfaces, they may also develop scoring marks, gradually resulting in bearing failure. This condition may also result in the deformation of parts, and when the bearing with deformed parts rotate under load, it will have sliding motion instead of rolling motion, and it ends up in bearing failure. Normally a medium size bearing running at the speed of 2000-6000 RPM can be sufficient lubricated with only few drops of oil per hour.

CALCULATION FOR RADIAL ROLLING BEARINGS

CALCULATION FOR RADIAL ROLLING BEARINGS The calculations for radial rolling bearings must take account of the following principal factors: .. Actual supported loads and possible shock loads .. Speed of rotation .. Operating temperature .. Hardness of the bearing raceways Other features such as lubrication, sealing and alignment do not enter directly into life calculations but they must be considered in order to avoid introducing unfavorable factors. The life calculation of a radial bearing or a thrust bearing under rotation is established from the dynamic capacity C indicated in the tables of dimensions. The static capacity Co enables one to determine the maximum load under certain conditions. 1.6.1 DYNAMIC CAPACITY C The dynamic capacity of a bearing is the constant radial load which it can support during 1 000 000 revolutions before the first signs of fatigue appear on a bearing race or rolling element. 1.6.2 NOMINAL LIFE The life of a radial bearing is the number of revolutions (or the number of hours at constant speed) that it will maintain before showing the first signs of material fatigue. The relationship between the life is millions of revolutions L10, the dynamic capacity C and the supported load P, is given by the formula: L10 = ( C/P ) p In which : L10 - Basic rating life (106 Revolutions) C - Basic dynamic load rating (Newton) P - Equivalent dynamic load (Newton) P - is equal to 10/3 for needle or roller bearings and 3 for ball bearings. The formula above is independent of speed of rotation, which must not exceed the recommended limit in respect of the radial bearing or the thrust bearing used and the method of lubrication. If the speed of rotation n (rpm) is constant, the life is given in hours by the function: L10 h = (L10 x 106)/60 n hours The life in hours is then inversely proportional to the speed. The above formulae will ensure that 90% of the bearings operating under the same conditions will attain at least the calculated L10 life, known as the nominal life (the figure being the percentage of bearings which may not attain this life). The formulae are based on the use of standard quality bearing steel and assume a satisfactory method of lubrication. 1.6.3 MODIFIEDL LIFE Lna In various conditions modified life can be determined (in millions of revolutions) following the general formula: Lna = a1 a2 a3 L10 Lna = adjusted rating life, millions of revolutions In which a1, a2 and a3 are correction factors linked to reliability, material and lubrication respectively. 1.6.4 Reliability correction factor a1 A reliability factor in excess of 90% may be required in certain industries, such as aviation, for reasons of security and to reduce the risk of very costly immobilization. The table below indicates the values of the correction factor a1 as a function of reliability:

SELECTION OF BEARINGS

SELECTION OF BEARINGS 1. After knowing all about bearings the important thing is the proper selection of bearing for any moving vehicle or machine. 2. The selection of ball & roller bearings for a given installation depends upon the following factors. The load carrying capacity & the nature of the load. The type of service under given conditions such as temperature, humidity, dustiness, acidity, etc. The anticipated life of the bearing. Magnitude and direction of loads. The proportion of thrust to radial load. 3. Cylindrical Roller Bearings are suitable for those shafts which have been allowed to move freely longitudinally within certain limits, and for far larger and heavily loaded applications. Taper Roller Bearings are suitable where radial and thrust loads or any combination of both are required to be handled and in dealing with heavy composite loads as in case of automobile parts. In very high speed spindles and machines only, bearings with precision tolerances are used. 4. The capacity of the bearings decreases as the speed increases. If a bearing operates continuously, its life expectancy measured in hours will obviously be shorter than if operated intermittently. Some types of bearings can carry only radial loads or thrust loads while some types of bearings can carry both radial as well as thrust loads. So if a bearing which can carry only thrust loads is put under radial loads, it will either break or damage the machine into which it is fitted. So, a proper selection is necessary. One major cause for bearing failure depends on selection of bearings. In short the proper selection of bearings is most essential and will ensure the longer life of the bearings as well as the life of the machine in which it is used. If the bearing loads with its directions of the ratio of radial and thrust capacity and speed is accurately determined, its life span can also be established. The necessary bearings size can also be determined. However the selection is so complex that general rules can hardly be drawn up.

Bearing

GENERAL The choice of a bearing depends on many factors that need to be examined in order to obtain the most successful results at the lowest cost. In most cases the selection should be made when the overall design of the machine has been decided. Dimensional limits are then known, as well as the speeds and loads. At this stage the choice can be made from the many types of bearings offered from the Galaxy Bearing Ltd. standard ranges and the notes given in this section will generally permit selection of the most suitable bearing for each application. When calculating the cost of the assembly, not only should the price of the bearing be considered, but also cost for heat treatment, machining and handling and fitting of ancillary items (snap rings, locking devices, tools etc.) and the eventual quantities required. Large economies can be made on these items if the correct bearings are selected. Something it is more advantageous to choose a bearing of slightly higher cost, which will however, when all criteria are taken into consideration, provide the most economic solution. The result obtained from bearings depends to a large extent on the design and method of assembly, loading, and alignment between inner and outer rings. The introduction of ‘Anti-friction’ or ‘Rolling Contact Bearing’ proved far superior to plain Bearings because of their classic advantages, Such as .. Low friction – particularly low starting friction. .. Their ability to support both radial and thrust load and speed. .. Accurate performance under changing load and speed. .. High load carrying capacity. .. Operating ability under extreme conditions of speed and temperature. These bearings vary in size, from ‘tiny pin-head’ to ‘giant sized’ Bearings for Cement/Rolling Mills/Radars etc. Bearings are so widely used that today, we find their application in objects like the charkha, chairs, doors, filling-cabinets, children’s toys, as well as in the most sensitive instruments like computers, data processing machines, rockets and aerospace instruments.

BEARING HISTORY

BEARING HISTORY Hundred of years ago, when man lacked strength and endurance to carry loads, such heavy loads to be transported were put on simple skids and dragged to the place of destination. The dragging heavy load on dry ground requires considerable force. These forces can be reduced by using lubricants between the sledge runners and the ground. This lubricant-probably water – was poured to reduce the friction and thereby reducing the volume of force. As the time passed on, these forces were further reduced when man learnt to insert wooden rollers between the ground and the object. THUS SLIDING MOTION WAS CONVERTED INTO ROLLING MOTION, which is the basic principle of bearing. However, things were not much changed for years, till the concept of BALL was conceived, as the application of rollers was not practical everywhere. In 17th century, stone balls were produced and were in use for variety of applications to minimize the friction. Since the stone balls were not suitable for many applications, cast iron balls were also produced, but that was also not suitable. In 19th century, the concept of steel balls was conceived and steel balls were produced. During this era, on lathe machines, balls of remarkable accuracy were cut off from a steel rod and the ends were machined to form a sphere. At the end of 19th century, balls manufactured by this method in England were within the tolerance of 0.025 to 0.050 mm. In the year 1883, Friedric Fischer, instrument maker in Scheweinfurt – W. Germany, after numerous experiments, developed a method of grinding wheel balls, turned between the centers on the centre less principle. For this purpose, he designed ball grinding machine called “BALL MILL”. In 1898 taper roller bearing unit developed in USA by H. Timken. During 1913-1914 Roller bearings were put on use.

SAE 52100 BEARING MATERIAL

MATERIAL The process of manufacturing Bearing Steel does not start at a Bearing Plant but at the steel mill. The SAE-52100 standard Bearing Steel contains varying amount of carbon, iron, chromium, manganese, phosphorus, sulphur, silicon, etc. Each of these elements plays a vital role in making the final steel suitable for Bearings. Chromium and carbon allow deep hardening. Where as the combination of Carbon, Chromium and Iron helps to minimize Bearing failures as they increase the surface resistance to abrasion and wear & tear. A proper combination of all these elements make the final Bearing Steel tough enough to withstand shocks & heavy loads and hard enough to resist fatigue.

Angular contact ball bearings Capable of carrying radial loads as well as axial loads in one direction. Commonly used in a pair, installed in opposite directions. Can carry greater axial loads than deep groove ball bearings. Cylindrical roller bearings Suitable for heavy-load applications due to excellent radial-load-carrying capabilities. Superior performance of accommodating vibration and impact Deep groove ball bearings.gif Most popular bearings, with balls inside. Capable of carrying radial loads as well as axial loads in both directions. Very precise, low-torque performance suitable for high-speed rotation Tapered roller bearings Highly capable of carrying radial loads as well as axial loads in one direction. Commonly used in a pair, installed in opposite directions Needle roller bearings Excellent load-carrying performance despite small cross section compared with ball bearings. Lightweight and compact. Useful in downsizing equipment. Spherical roller bearings

Railway Bearings - Car building/Carriage-building

Railway Bearings Railway Bearings - Car building/Carriage-building.. Bearing type Bearing type 782726K1MY 2007140 20-782726KM 5-2007140 БTKC-897826X 2007140M 897830XMY 6-2007140M 897830X1MY 30-42726E2M TBU120XM 30-232726E2M C-49988 30-42726Л4M 7536A 30-232726Л4M 5-2007144 30-3032948ЛM 6-2007144Л1Y 97826KM 6-2007144ЛM -

Bearings used in metallurgy, roll, converter bearings

Bearings used in metallurgy, roll, converter bearings Types of Bearings used in metallurgy, roll, converter bearings. Bearing type Bearing type 7132 597/750 7138 6-1077776М1 7526 612888К 7728 6-17722Л 7736 6-2007928 7941 6-2007928М1 7947 6-2007944М 7956 6-2007944М1 49742 6-2007960М 67819 6-2077144ЛМ 97521 6-2077144М1 97718 6-2077164М 97727 6-2097972МТ 97820 6-266144КЛ 477752 6-30029/950 672778 6-366156КЛ 782760 6-477752ЛМ 847929 6-477752ХЛМ 1027320 6-477752ХМ 1032980 6-477756ХМ 01.06.38 6-577768ХМ 2007140 6-577796ХМ 2007928 6-577796ХМ2 2077152 6-577796ХР32 2077156 66-4262188Х 2097132 66-462836ХЛМУ 2097930 6-66144КЛ 2097936 6-66156КЛ 2097938 672778М 2097948 6-771/630М 01.05.60 67728КМ 4003772 6-777/431М 9809352 6-777/650М1 01.01.60 6-7772КМ 10078/850М 6-77741М 10079/1800М 6-77752ЛМ 10079/1800М1 6-77752М 10079/500М 6-77760М1 10079/530М 6-777752ХЛМ 10079/900М 6-777752ХЛМ1 1007984М 6-777752ХЛМ2 1007996М 6-777752ХМ 1027320 6-77779ХКМ1 1027322М 6-778/540ЛМ2 1027324М 6-778/540ХМ2 1027328М 6-77880ХМ 1027336М 6-77953ХМ 1027340М 6-77968ХМ 1032752М 6-77968ХМ2 1032980 6-7860М 1032980М 6-787196ХКМ 1077284ХМ 6-787196ХМ 10777/500М 6-787756ХМ 10777/500М1 6-8471/560ХМ 10777/560М 6-847156ЛМ 10777/560М1 6-97520АУ 10777/670М 6-97520АУ1 10777/670М1 6Н-787756ХМ 10777/670М2 70-2002780М 10777/750М 70-4202192М 10777/850ХМ 71/500М 1077756М 71/900М 1077776М 7138 1077792ХМ 7184М 1077796М 7188ХМ 1077988М 7230КМ 1077996М 7244КМ 1097760М 742782М 1097768М 742788М 1097776М 7429/571 1097780М 747746М 1097782М 749794Л 1097784М 7524М 10979/500М 7526М 10979/530М 7528М 10979/560М 7530М1 10979/600М 7532М 10979/630М 7536А 10979/710КМ 7538М 10979/710М 7544М 10979/800М 7620А 10979/850М 7622А 10979/950М 7624А 1097976КМ 762726КУ 1097976М 762726У 1097980ЛМ 7634М 1097992КМ 764728У 1097996ЛМ 77/520М 1097996М 77/560М 1327/840 771/500М 1327/840М 771/500ХМ 1327/890 771/500ХМ1 1327/890М 771/630М 1527360М 771/630М1 156Л 77140ХМ 176252Л 77168М 176252Л1 77172ХМ 189757М 77184ЛМ 189772ХМ 77184ЛМ1 189878М 77196М 189892М 7728 2002780М 7730М 20028/670М 7736 2007128М 7760М 2007136М 777/431М 2007138М 777/431ХМ1 2007140М 777/533М 2007148М 777/620КМ 2007152М 777/620М 2007156М 777/620М1 2007160М 777/620М2 2007164М 777/645М 2007730Х 777/647М 20078/1320М 777/650М 20078/850ХМ 777/650М1 20079/1320М 777/660М 2007928 777/750М 2007940М 7772КМ 2007944М 7772КМ1 2007944М1 77741М 2007952М 77752ЛМ 2007960М 77752М 2007968М 77752М1 2007972М 77752ХЛМ 20-30031/600ХНР 77752ХМ 2032172ЛМ 77757М 2032172ХЛМ 77760М 2032780М 77766М 20329/500М 777770М 20-42629/710 777792М 20-4427/750ХК 77779ХКМ 20-4428/750Х 77779ХКМ1 20-4429/630ХЛМ 77779ХМ 20-4429/710ХЛМ 77788М 20-4429/900Х 77788М1 20-6462164М 778/520М 2077140М 778/540 2077144ЛМ 778/540М 2077144М1 778/540М1 2077148М 778/540ХМ2 2077152М 778/660М 2077156М 7784М 2077160М 77868ХМ1 2077160ХМ 77880ХМ 2077164М 77888ХК2 2077960ХМ 77888ХМ 20-90914N4U 77888ХМ1 20-90952N4U 77888ХМ2 2092992М 779/530ХМ 2097132 779/600М 2097136М 779/630ХМ 2097140М 77930М 2097144М 77951М 2097148М 77953ХМ 2097152ЛМ 77961ХМ 2097152М 77968ХМ 2097152М1 77968ХМ1 2097156М 77976М 2097724М 782726К1МУ 2097730КМ 782756М 2097730ЛМ 7828М 2097730М 7832М 2097732М 7832М 2097736М 7841М 2097738М 7851М 2097740М 7860М 2097744М 7933М 2097748М 7941 2097752М 7951М 2097930 80-144Л 2097936 8097/1800Х 2097936К 8471/560ХМ 2097938 8471/900ХМ 2097940К 847156КЛМ 2097940М 847156КЛМ1 2097944М 847156КМ 2097948 847156ЛМ 2097952М 847156ЛМ2 2097960М 847164ЛМ 2097968М 847180ЛМ 2097972КМ 847792М 2097972ЛМ 889764Х 2097972М 889764ХК 212792М 889764ХК1 212956М 89739К 2556М 89764К 2768М 897830Х1МУ 3002168ГМ 9019452А 30029/950 927/700М 30031/600ХН 971/500 30-3032948ЛМ 971/500М 3032180М 971/560М 30777/530М 971/600 30777/530М1 971/600М 307986Л 971/710М 31688/630ХК 971/800М 32218Е 97168М 32532Л1М 97172М 327/600М 97180М 327/700 97184М 327/700М 97188М 330758BG 97192М 331157BG 97192М1 351006А 97518 36-262744ХМУ2 97518А1 36-262768ХМУ2 97519А 36-442860ХМ 97520АУ1 36-442860ХМ1 97521 36-6442144ХМ 97524А 36-6442176К 97526КМ 36-6442176К1 97526М 40-30032/850Х 97530М 40-4427/850Х 977/520М 40471/500М 977/540М 40-538/1320ХК 977/560М 4162968КЛ 977/720М 42536ЛМ 97712А 42629/530 97720М 42629/530М 97726М 42629/710 97730М 4282980АКУ 97732М 4427/710Х 97741М 4427/850Х 97746М 4427/950Х 97748М 461/750Л 97752М 47752М 97760М 48479/750М 97770М 49768Х 97772М 49868Х 97780М 5-10079/630 97798М 5-1007976Л 97820 5-2007156 97852М 5-2007160 97860М 5-2007164 BC4-8062/HA1VU001 5-2007944 LM545848/LM545810 5-2007968 LM565949/LM565910В 5-2097115 NNU40/530M/W33 5-2097948 NNU40/560M/W33 5228К NNU4068M/W33 5362980КМ NNU4148M/W33 538/1320ХК NU6044M1C3 5-7188Х NU6052M1C3 5-7188ХМ С-49988

Bearings for Petroleum and Gas Industry

Bearings for Petroleum and Gas Industry Types of Bearings used in petroleum and gas industry. Bearing type Bearing type 168762 6-7352М 889736 6-7352М1 10079/710М1 7097152М 1032752М 7097156М 21821/560 7352М 31688/630ХК 7352М1 32532Л1М 7352М2 50-30928/630АМ 7538М 50-30928/630ЛМ 889752Х1 5-21821/560 889852Х1 5-21821/670 89752К 56-30928/630АМ 91682/641ХК 56-30928/630ЛМ 91682/670ХК 6-10079/710М 969452А 6-10079/710М1 97736М 6-19744ХУ 97744ЛМ 6-19752ХУ 97745М 6-19760ХУ 97748М 6-2097972МТ 97841М 6-21821/670М 97936ХМ 672878М -

Bearings for Coal Industry

Bearings for Coal Industry Bearings for coal industry Bearing type Bearing type 7526 1097976КМ 7526М 1097976М 7528М 1097980ЛМ 7530М1 2097152М 7536А 2097972М 3182172 30031/530 3182180 3202776М 3182192 32532Л1М 10079/500М 5-3182192 10079/710К3М 6-10079/900АХМ 10079/710М 6-10079/900М 10079/710М1 6-21821/560 1007996М 6-3182192 1027340М 97168М 1032752М 97172М 1097760М 97180М 1097768М 97766М 10979/500М 97768М 10979/710М 97773М 10979/950М 97784М

Bearings for Cement Industry

Bearings for Cement Industry Types of Bearings used in cement industry Bearing type Bearing type 3556 3077776М 42624 31821/500 97188 3182172К 97521 3182172К1 132756 32221/560М 1097768 32322 1097992 32324 1097996 32532Л1М 2007144 4427/500Х 2007160 5-2097948 2007928 5-31821/500 01.05.26 6-2007144М 01.05.28 6-2007156М 01.05.30 6-2007160М 2097132 6-2007164М 2097948 6-2007928 2097960 6-2007928М1 3182172 6-7528М 3282168 6-77748М 9019436 70678/800М 9889468 7528М 10079/560М 7530М 1032752М 7530М1 1097768М 7536А 1097776ЛМ 7620А 1097776М 7622А 10979/710КМ 7624А 1097992КМ 777/750 1097996ЛМ 777/750М 1097996М 77748М 2007144 78682/710 2007144А 8292Г 2007144АЛ 9009580Х 2007144ЕМ 9019464К 2007144М 9019476К 2007160М 971/560ЛМ 2007928 971/560М 2097132 971/710 2097140М 971/710М 2097152ЛМ 97172ЛМ 2097152М 97172М 2097948 97521 2097948М 9889468 2097960ЛМ 9889468К 2097960М 9889492К 30031/600ХН 9889492Х 30-30031/600Х 9889492Х1 30-30031/600ХН С-49988 30-3003752

TAPER Rodamientos DLT INDIA

TAPER Rodamientos DLT INDIA El cojinete de rodillos cónicos tiene la capacidad para llevar a combinaciones de grandes cargas radiales y de empuje o para llevar la carga de empuje solamente. Debido a la diferencia entre los ángulos de contacto de rodadura interior y exterior, hay un componente de fuerza, que acciona los rodillos cónicos contra la brida guía. La fricción relativamente grande deslizamiento generado en esta pestaña hace que este cojinete típicamente inadecuado para aplicaciones de alta velocidad sin una consideración especial a refrigerante / lubricante. Las aplicaciones típicas incluyen camiones, Fábrica de Motores Diesel, Maquinaria para la Construcción, Construcción de Equipos, Fabricación de vehículos y trenes de laminación. Los rodamientos de rodillos cónicos se fabrican en la planta moderno, equipado con máquinas de rectificado de renombre y la configuración de la calidad que incluye el laboratorio de control de calidad con los últimos instrumentos metrológicos y metalúrgica. El diseño de configuración incluye el uso de software más reciente para el diseño y análisis. La prueba de simulación está disponible para la simulación de las condiciones de trabajo. Los avances en la tecnología obliga a la normalización en todas las áreas de diseño y fabricación. Rodamientos elementos no son una excepción. La industria de la producción temprana reconoció la necesidad de normas internacionales de rodamientos y ha trabajado de forma continua para su desarrollo en todo el mundo.

Kuželíková LOŽISKA DLT INDIE

Kuželíková LOŽISKA DLT INDIE Kuželíková ložiska má schopnost nést kombinace velkých radiálních a axiálních zatížení nebo provést tah zatížení pouze. Vzhledem k rozdílu mezi vnitřní a vnější úhly Raceway kontaktní, tam je síla složka, která pohání kuželové válce proti vodicí příruby.Relativně velké smykové tření vytvořené v této přírubě je toto ložisko typicky nevhodná pro vysokorychlostní aplikace bez zvláštního zřetele na chladicí kapaliny / maziva. Typické aplikace zahrnují Truck, továrna s dieselovým motorem, stavebních strojů, zařízení a vozidla Stavebnictví Výroba a válcovny. Ložiska kuželíková jsou vyráběny v moderním závodě vybavené s renomovanými brusek a kvalitní nastavení, které zahrnuje řízení jakosti laboratoře s nejnovějšími metrologických a hutní nástrojů.Design sestava zahrnuje použití nejnovějšího softwaru pro navrhování a analýzu.Simulační testování je k dispozici pro simulaci pracovní podmínky. Pokrok v technologii vyžaduje standardizaci ve všech oblastech designu a výroby. Valivá tělesa ložiska nejsou výjimkou.Ložisko průmysl již uznala potřebu mezinárodních norem a ložisek pracoval nepřetržitě po dobu jejich rozvoj na celém světě.

اطاقان ¬ های غلتکی مخروطی DLT هند

یاطاقان ¬ های غلتکی مخروطی DLT هند یاطاقان غلتکی مخروطی است که توانایی حمل ترکیبی از بارهای بزرگ شعاعی و محوری و یا برای حمل بار محوری است. از آنجا که اختلاف بین زاویه تماس نهر درونی و بیرونی، مولفه ی نیروی، که درایوهای غلتک مخروطی در برابر فلنج راهنمای وجود دارد.نسبتا بزرگ کشویی اصطکاک تولید شده در این فلنج این یاتاقان معمولا برای برنامه های کاربردی با سرعت بالا و نامناسب بدون توجه خاص به خنک کننده / روان کننده می سازد. برنامه های کاربردی نمونه عبارتند از: کامیون ها، کارخانه، موتور دیزل، ماشین آلات ساخت و ساز، ساخت دنده، ساخت خودرو و نورد. یاتاقانهای غلتکی مخروطی در کارخانه های مدرن و مجهز به ماشین های مخرب شناخته شده و راه اندازی با کیفیت که شامل آزمایشگاه کنترل کیفیت با آخرین ابزار های مترولوژیکی و وابسته به فن استخراج و ذوب فلزات تولید شده باشد.طراحی مجموعه شامل استفاده از آخرین نرم افزار برای طراحی و تجزیه و تحلیل است. آزمایش شبیه سازی برای شبیه سازی شرایط کار در دسترس است. پیشرفت در تکنولوژی مستلزم استاندارد در تمام زمینه های طراحی و ساخت می باشد. نورد عناصر بلبرینگ از این قاعده مستثنی هستند.صنعت باربری اولیه نیاز برای استانداردهای باربری بین المللی به رسمیت شناخته شده است و به

TAPER RULMANLAR DLT HİNDİSTAN

TAPER RULMANLAR DLT HİNDİSTAN Konik makaralı rulman, büyük radyal ve eksenel yükleri kombinasyonları yapmak veya sadece eksenel yük taşıma yeteneğine sahiptir. Çünkü iç ve dış devir yönünün temas açısı arasındaki fark, kılavuz flanş karşı şevli silindirleri yönlendiren bir kuvvet bileşeni, yoktur. Bu flanş üretilen nispeten büyük kayma sürtünmesini soğutucu / yağlama için özel dikkate almadan yüksek hızlı uygulamalar için bu yatak genellikle uygun hale getirir. Tipik uygulamalar Kamyon, Fabrika, Dizel Motor, İnşaat Makinaları, Dişli İnşaat, Araç imalatı ve Silindirleri içerir. Konik Makaralı Rulmanlar ünlü taşlama makineleri ve son metrolojik ve metalurjik aletleri ile kalite kontrol laboratuarı bulunmaktadır kalite ayarı ile donatılmış modern tesislerinde üretilmektedir.Tasarım set-up tasarımı ve analizi için yeni yazılım kullanımını içerir.Simülasyon testi çalışma koşulları simüle etmek için kullanılabilir. Teknoloji ilerleme tasarım ve üretim her alanda standardizasyon gerektirmektedir. Rolling elemanlar Yataklar bir istisna vardır.Rulman sanayi erken uluslararası Rulman standartları ihtiyacını tanınan ve dünya çapında gelişmesi için sürekli çalıştı.

À rouleaux coniques ROULEMENTS DLT INDE

À rouleaux coniques ROULEMENTS DLT INDE Le roulement à rouleaux coniques a la capacité de réaliser des combinaisons de grandes charges radiales et axiales ou à transporter une charge de poussée seulement. En raison de la différence entre les angles internes et externes de contact de chemin de roulement, il ya une composante de force, qui pousse les rouleaux coniques contre la bride de guidage. La friction de glissement relativement important généré à cette bride rend ce palier généralement impropres à haute vitesse des applications sans une attention particulière à liquide de refroidissement / lubrifiant. Les applications typiques incluent Truck, usine, moteur diesel, machines pour la construction, la construction de vitesse, la fabrication des véhicules et des laminoirs. Les roulements à rouleaux coniques sont fabriqués dans l'usine moderne équipée de machines de meulage de renom et d'installation de qualité qui comprend le laboratoire de contrôle qualité avec les derniers instruments de métrologie et de la métallurgie. La conception mise en place comprend l'utilisation de logiciels les plus récents pour la conception et l'analyse. Le test de simulation est disponible pour simuler les conditions de travail. Les progrès réalisés dans la technologie nécessite la normalisation dans tous les domaines de la conception et la fabrication. Roulements éléments ne font pas exception. L'industrie du roulement très tôt reconnu la nécessité de normes internationales et de roulements a travaillé sans relâche pour leur développement dans le monde entier.

Конических роликовых подшипников DLT ИНДИИ

Конических роликовых подшипников DLT ИНДИИ Конических роликовых подшипников имеет возможность проводить комбинации больших радиальных и осевых нагрузок или для выполнения тяги нагрузкой. Из-за разницы между внутренними и внешними углами качения контакт, есть сила, составляющая, которая приводит в движение коническими роликами против руководства фланца. Относительно большие трения скольжения образуются в этой фланец делает этот подшипник обычно непригодны для высокоскоростных приложений без особого внимания к охлаждающей жидкости / смазки. Типичные области применения включают грузовик, завод дизельных двигателей, строительных машин, передача строительства, транспортных средств производства и прокатных станов. Подшипники роликовые конические изготавливаются в современный завод оснащен известным шлифовальные станки и качество установки, которая включает в лаборатории контроля качества с последними метрологические и металлургических инструментов. Конструкция настройка включает в себя использование новейшего программного обеспечения для проектирования и анализа.Моделирование тестирование доступно для моделирования условий труда. Прогресс в технологии требует стандартизации во всех областях проектирования и производства. Подшипники качения не являются исключением.Подшипниковая промышленность рано признали необходимость международных стандартов подшипников и работает непрерывно в течение своего развития во всем мире.

Индийского сотрудничества подшипника. DLT подшипников

Индийского сотрудничества подшипника. DLT подшипников Добро пожаловать в Delta подшипников Индии DELTA подшипников Ко является Rajkot (Индия) на базе ведущих ISO 9001:2008 Компания производитель, поставщик и экспортер всех видов конический роликовый подшипник, Сферический роликовый подшипник и Цилиндрический роликовый подшипник в соответствии с международным стандартом спецификации с 1995 года Delta Подшипники миссия заключается в инновационной и качество подшипников продукта для клиента и предоставление полного удовлетворения клиента путем предоставления наших продуктов с доставкой на время и техническую поддержку. Нам очень приятно отметить тот факт, что мы находимся в индийском и международном рынке с 1995 года и создали достойное место с сильной клиентской базой.

Hint Rulman co. DLT Rulman

Hint Rulman co. DLT Rulman Delta Rulman Hindistan hoşgeldiniz DELTA RULMAN CO, 1995 yılından beri ortalama Uluslararası Standart Şartname olarak ISO 9001:2008 Firma Üretici, Tedarikçi ve Konik Makaralı Rulman, Makaralı Rulman ve Silindirik Makaralı Rulman her türlü ihracatçı lider dayalı bir Rajkot (Hindistan) 'dir Delta Rulmanlar misyonu müşteri yenilikçi ve kaliteli rulman ürün getirmek ve zamanında teslimat ve teknik destek ile ürün tedarik ederek toplam müşteri memnuniyetini sağlamak için. Biz 1995 yılından beri Hint ve Uluslararası pazarda ve güçlü müşteri tabanı ile saygın bir konuma kurduk gerçeğini vurgulamak Bizim zevk olduğunu.

Co Roulement Indien. Roulement DLT

Co Roulement Indien. Roulement DLT Bienvenue à Delta de roulement en Inde DELTA Bearing Co. est une Rajkot (Inde) sur la base menant ISO 9001:2008 Société Fabricant, fournisseur et exportateur de tous les types de roulements à rouleaux coniques, roulements à rouleaux sphériques et des roulements à rouleaux cylindrique selon la spécification standard international depuis 1995 Delta Roulements mission est d'apporter des produits innovants et de qualité de palier à la clientèle et la satisfaction du client totale en fournissant notre produit avec le délai de livraison et le support technique. Il nous fait plaisir de mettre en évidence le fait que nous sommes dans le marché indien et international depuis 1995 et ont établi la position respectable solide base de clientèle.

Indická ložiská spol. DLT ložisko

Indická ložiská spol. DLT ložisko Vitajte v Delta ložiská India DELTA ložisko Čo je Rajkot (India) na predných ISO 9001:2008 spoločnosti výrobca, dodávateľ a vývozca všetkých typov kužeľovým ložiskom, súdkové ložisko a valčekové ložisko podľa medzinárodnej normy špecifikácia od roku 1995 Delta ložiská poslaním je prinášať inovatívne a kvalitné ložiská produkt k zákazníkovi a poskytuje úplnú spokojnosť zákazníkov tým, že dodáva náš výrobok sa na čas dodania a technickú podporu. Je nám potešením zdôrazniť skutočnosť, že sme v indickej a medzinárodný trh od roku 1995 a založili slušnú pozíciu v silnej zákazníckej základne.

Indická ložiska spol. DLT ložisko

Indická ložiska spol. DLT ložisko Vítejte v Delta ložiska Indie DELTA ložisko Co je Rajkot (Indie) na předních ISO 9001:2008 společnosti výrobce, dodavatel a vývozce všech typů kuželovým ložiskem, soudečkové ložisko a válečkové ložisko dle mezinárodní normy specifikace od roku 1995 Delta ložiska posláním je přinášet inovativní a kvalitní ložiska produkt k zákazníkovi a poskytuje naprostou spokojenost zákazníků tím, že dodává náš výrobek se na čas dodání a technickou podporu. Je nám potěšením zdůraznit skutečnost, že jsme v indické a mezinárodní trh od roku 1995 a založili slušnou pozici v silné zákaznické základny.

الهندي المشترك، وإذ تضع. وإذ تضع DLT

الهندي المشترك، وإذ تضع. وإذ تضع DLT مرحبا بكم في الهند، وإذ تضع دلتا وإذ تضع شركة دلتا هو راجكوت (الهند) تقوم قيادة ISO 9001:2008 شركة المصنع والمورد والمصدر من كل نوع من أسطواني مستدق، كروية أسطواني وأسطواني أسطواني كما في مواصفات القياسية الدولية منذ عام 1995 دلتا كراسى مهمة لجلب مبتكرة وجودة المنتجات الحاملة للعملاء وتوفير الرضا التام للعملاء من خلال تقديم منتجاتنا مع التسليم في الوقت المحدد والدعم التقني. انه لمن دواعي سرورنا أن تسليط الضوء على حقيقة أننا في السوق الهندية والدولية منذ عام 1995، وأنشأت وموقف محترم

Co Bearing indiana. Bearing DLT

Co Bearing indiana. Bearing DLT Bem-vindo ao Delta Bearing Índia DELTA Bearing Co. é um Rajkot (ÍNDIA), com base levando ISO 9001:2008 Empresa fabricante, fornecedor e exportador de todo o tipo de rolamento de rolos cônicos, rolamentos de rolos e rolamentos de rolos cilíndricos, conforme especificação Norma Internacional desde 1995 Delta Rolamentos missão é trazer o produto rolamento inovador e de qualidade para o cliente e proporcionar a satisfação total do cliente através do fornecimento de nossos produtos com pontualidade na entrega e suporte técnico. É um prazer para destacar o fato de que estamos no mercado indiano e internacional desde 1995 e estabeleceram posição respeitável com forte base de clientes.

Teniendo cooperación de la India. Teniendo DLT

Teniendo cooperación de la India. Teniendo DLT Bienvenido a Delta Teniendo la India DELTA Bearing Co. es una Rajkot (India) que lleva la base la norma ISO 9001:2008 la empresa fabricante, proveedor y exportador de todo tipo de rodamientos de rodillos cónicos, rodamientos de rodillos esféricos y rodamientos de rodillos cilíndricos de acuerdo con la especificación estándar internacional desde 1995 Delta Rodamientos misión es traer productos innovadores y soporte de calidad al cliente y ofrecer satisfacción total del cliente mediante el suministro de nuestro producto con el tiempo de entrega y soporte técnico. Es un placer para poner de relieve el hecho de que estamos en el mercado indio e internacional desde 1995 y han establecido la posición respetable con sólida base de clientes.

به باربری هند دلتا خوش آمدید

به باربری هند دلتا خوش آمدید شرکت DELTA باربری Rajkot (هند) منجر ISO 9001:2008 شرکت سازنده، تامین کننده و صادر کننده انواع یاطاقان غلتکی مخروطی، غلتک های کروی و استوانه غلتک بر اساس عنوان در مشخصات استاندارد بین المللی از سال 1995 دلتا بلبرینگ ماموریت را به محصولات جدید و بلبرینگ با کیفیت به مشتری و تامین رضایت مشتری در کل با عرضه محصول خود را با در زمان تحویل و پشتیبانی فنی. این لذتی است که ما را به برجسته کردن این واقعیت که ما در بازار هند و بین المللی از سال 1995 و ایجاد موقعیت محترم با پایه مشتری قوی است.

HM218248/HM218210 SCANIA ARKA TEKER BİLYA

HM218248/HM218210 SCANIA ARKA TEKER BİLYA HM218248/HM218210 SCANIA ARKA TEKER BİLYA HM218248/HM218210 SCANIA ARKA TEKER RULMAN Min. Sipariş: 500 Adet TEKER BİLYA-TAPER RULMAN 1) Parça No: HM218248/HM218210 2) OEM Kalite 3) SCANIA 50.000 KM Garantisi 4) ... Araba olun: SCANIA

BEARING APPLICATION

BEARING APPLICATION AREAS AND KEY INDUSTRIES - General Machinery bearings - Electric Motor bearings - Marine Industry bearings - Offshore Industry bearings - Worm Gearbox bearings - Sugar Mill bearings - Crane Industry bearings - Planetary Gearbox bearings - Packing Machinery bearings - Paper Mill Industry bearings - Industrial Gearbox bearings - Printing Machinery bearings - Steel Mill Industry bearings - Bevel Gearbox bearings - Pipe Making Machinery - Mining Industry bearings - Road Roller bearings - Bulldozer bearings - Wind Mill Industry bearings - Scraper bearings - Pump Industry bearings - Wind Turbine Industry bearings - Loader bearings - Concrete Mixer bearings - Agricultural industry bearings - Construction Machinery - Metal Processing Machinery - Bearing Distributors - Harbor Crane bearings - Harvester bearings - Automotive Industry bearings - Tractor bearings - Oil Pump Jack bearings - Food Machinery bearings - Industrial Furnace bearings - Hoist Systems bearings - Forklifts bearings - Drilling Rig bearings - Power Transmission bearings - Winch bearings - Mining Machinery bearings - Marine Gearbox bearings - Fan Industry bearings - Crusher bearings - Anchor Winch bearings - Textile Machinery bearings - Dredging Industry bearings - Heavy Crane Industry bearings - General Transmission bearings - Wood Industry bearings - Marine Crane bearings - Offshore Crane bearings - Maintenance Industry - Plastic Injection Molding - Steel Production bearings - Ship Building Industry - Oil Refinery bearings - Mechanical Engineering - Solar Industry bearings - Paper Industry bearings - Production Industry bearings - Bearing production - Heavy Industry bearings - Manufacturing bearings - Reducer bearings - Hydraulic Lift Pump bearings - Balancer Units for Engines - Excavator bearings - Shaft bearings

Bearings for scania trucks

Bearings for scania trucks We are one of the renowned manufacturers and exporters of high grade truck bearings that are capable of bearing pressure in various automobiles. Our customers can also avail from us bearings in variations such as bearings for mercedes trucks, bearings for man trucks, bearings for scania trucks and bearings for volvo trucks.

HM218248/HM218210 SCANIA REAR WHEEL BEARING

HM218248/HM218210 SCANIA REAR WHEEL BEARING HM218248/HM218210 SCANIA REAR WHEEL BEARING Min. Order: 500 Pieces WHEEL BEARING-TAPER ROLLER BEARING 1)Part No.:HM218248/HM218210 2)OEM Quality 3)50,000KM Guarantee 4)for SCANIA... Car Make: SCANIA

Bearing Tolerances

Bearing Tolerances A bearings accuracy is split between three different aspects, the external dimensional accuracy, the running accuracy and the machining accuracy Accuracy of External Bearing Dimensions This measures the accuracy of the external dimensions of the bearing such as the bore, outer diameter, inner ring width and outer ring width. The difference between the actual measurement and the expected measurement is referred to as the dimensional deviation. The accuracy of the dimensions is important for determining shaft and housing fits. Machining Accuracy The machining accuracy measures the variation of the dimensions when measured on a single bearing and then compared to one another. The variation is then the difference between the largest and smallest measurement on the bearing while the mean variation is taken as the average dimensional difference of the measurements taken. This is important for determining the precision of the manufacturing process and is important when considering tolerances for shafts and housings Running Accuracy Running accuracy is generally referred to as the runout and is a measure of the degree of eccentricity (for radial runout) and “squareness” (for bore and outer diameter) of the bearing. The measurements most often used are that of the inner and outer ring radial runout, a bearing with a high degree of radial runout will produce a greater vibration than a bearing with a low degree of radial runout, this becomes more noticeable at higher speeds. Below is a table of the international standards for bearing accuracy Standard Tolerance Class Bearing Type JIS B 1514 Class 0 class 6x Class 6 Class 5 Class 4 Class 2 All Types ISO 492 Normal class 6 Class 6 Class 5 Class 4 Class 2 Radial Bearings ISO 199 Normal class Class 6 Class 5 Class 4 - Thrust Ball Bearings ISO 578 Class 4 - Class 3 Class 0 Class 0 Tapered Roller Bearings (Inch Type) DIN 620 P0 P6 P5 - P4 P2 All Types ANSI/AFBMA Std. 20 ABEC-1 RBEC-1 ABEC-3 RBEC-3 ABEC-5 RBEC5 ABEC-7 ABEC-9 Radial Bearings excl Tapered

Product List Bearing

BEARING Weight
NUMBER d D T B C r1 r a Dynamic Static Grease Oil da db Da Da Db Ca Cb ra rb
mm mm mm mm mm mm mm mm Newtons Newtons r.p.m. r.p.m. kgs. max min min max min min min max max
Metric Series
30204 20.000 47.000 15.250 14.000 12.000 1.0 1.0 11 27500 28000 8000 11000 0.120 27 26 40 41 43 2 3 1 1
30205 25.000 52.000 16.250 15.000 13.000 1.0 1.0 12 30800 33500 7500 10000 0.150 31 31 44 46 48 2 3 1 1
30206 30.000 62.000 17.250 16.000 14.000 1.0 1.0 14 40200 44000 6300 8500 0.230 38 36 53 56 57 2 3 1 1
30207 35.000 72.000 18.250 17.000 15.000 1.5 1.5 15 51200 56000 5300 7000 0.320 44 42 62 65 67 3 3 1 1
30208 40.000 80.000 19.750 18.000 16.000 1.5 1.5 16 61600 68000 4800 6300 0.420 49 47 69 73 74 3 3.5 1 1
30209 45.000 85.000 20.750 19.000 16.000 1.5 1.5 18 66000 76500 4500 6000 0.480 54 52 74 78 80 3 4.5 1 1
30210 50.000 90.000 21.750 20.000 17.000 1.5 1.5 19 76500 91500 4300 5600 0.540 58 57 79 83 85 3 4.5 1 1
30211 55.000 100.000 22.750 21.000 18.000 2.0 1.5 21 94600 113000 3900 5200 0.732 64 64 88 91 94 4 4.5 1.5 1.5
30212 60.000 110.000 23.750 22.000 19.000 2.0 1.5 22 99000 114000 3400 4500 0.880 70 69 96 101 103 4 4.5 1.5 1.5
30213 65.000 120.000 24.750 23.000 20.000 2.0 1.5 24 123000 148000 3100 4200 1.100 78 74 106 111 113 4 4.5 1.5 1.5
30214 70.000 125.000 26.250 24.000 21.000 2.0 1.5 25 125000 156000 3000 4000 1.250 82 79 110 116 118 4 5 1.5 1.5
30215 75.000 130.000 27.250 25.000 22.000 2.0 1.5 27 140000 176000 2800 3800 1.400 86 84 115 121 124 4 5 1.5 1.5
30216 80.000 140.000 28.250 26.000 22.000 2.5 2.0 28 151000 183000 2400 3400 1.600 92 90 124 130 132 4 6 2 2
30217 85.000 150.000 30.500 28.000 24.000 2.5 2.0 30 176000 220000 2200 3200 2.050 97 95 132 140 141 5 6.5 2 2
30220 100.000 180.000 37.000 34.000 29.000 3.0 2.5 35 246000 320000 1900 2800 3.650 116 112 157 168 168 5 8 2 2
30302 15.000 42.000 14.250 13.000 11.000 1.0 1.0 9 22400 20000 9000 13000 0.095 22 21 36 36 38 2 3 1 1
30305 25.000 62.000 18.250 17.000 15.000 1.5 1.5 13 48500 47500 6700 8900 0.272 34 32 54 55 57 2 3 1 1
30306 30.000 72.000 20.750 19.000 16.000 1.5 1.5 15 56100 56000 5600 7500 0.390 41 37 62 65 66 3 4.5 1 1
30307 35.000 80.000 22.750 21.000 18.000 2.0 1.5 16 72100 73500 5000 6700 0.520 46 44 70 71 74 3 4.5 1.5 1.5
30308 40.000 90.000 25.250 23.000 20.000 2.0 1.5 19 85800 95000 4500 6000 0.720 53 49 77 81 82 3 5 1.5 1.5
30309 45.000 100.000 27.250 25.000 22.000 2.0 1.5 21 108000 120000 4000 5300 0.970 59 54 86 91 92 3 5 1.5 1.5
30310 50.000 110.000 29.250 27.000 23.000 2.5 2.0 23 137000 152000 3700 4900 1.320 65 60 95 100 102 4 6 2 2
30311 55.000 120.000 31.500 29.000 25.000 2.5 2.0 24 142000 163000 3200 4300 1.550 71 65 104 110 111 4 6.5 2 2
30312 60.000 130.000 33.500 31.000 26.000 3.0 2.5 26 168000 196000 3000 4000 1.950 77 72 112 118 120 5 7.5 2 2
Page 1
BOUNDARY DIMENSIONS Load Rating Limiting Speed Abutment Dimensions
BEARINGS INDIA PRIVATE LIMITED
TAPER ROLLER BEARINGS - PRODUCT RANGEBEARING Weight
NUMBER d D T B C r1 r a Dynamic Static Grease Oil da db Da Da Db Ca Cb ra rb
mm mm mm mm mm mm mm mm Newtons Newtons r.p.m. r.p.m. kgs. max min min max min min min max max
Metric Series
30313 65.000 140.000 36.000 33.000 28.000 3.0 2.5 29 204000 239000 2800 3800 2.560 84 77 122 128 130 5 8 2 2
31309 45.000 100.000 27.250 25.000 18.000 2.0 1.5 31 91300 102000 3400 4500 0.950 57 54 79 91 95 4 9 1.5 1.5
31312L 60.000 135.000 33.500 31.000 22.000 3.0 2.5 39 145000 166000 2600 3600 2.032 74 72 103 118 127 5 11.5 2 2
32010 50.000 80.000 20.000 20.000 15.500 1.0 1.0 18 61000 87000 4300 6000 0.379 57 56 72 74 77 4 4.5 1 1
32011 55.000 90.000 23.000 23.000 17.500 1.5 1.5 20 80900 116000 4000 5300 0.550 63 62 81 83 86 4 5.5 1 1
32012 60.000 95.000 23.000 23.000 17.500 1.5 1.5 21 82500 122000 3800 5000 0.590 67 67 85 88 91 4 5 1 1
32013 65.000 100.000 23.000 23.000 17.500 1.5 1.5 22 84200 127000 3400 4500 0.630 72 72 90 93 97 4 5.5 1 1
32014 70.000 110.000 25.000 25.000 19.000 1.5 1.5 24 103000 157000 3200 4300 0.840 78 77 98 103 105 5 6 1 1
32015 75.000 115.000 25.000 25.000 19.000 1.5 1.5 25 110000 169000 3100 4200 0.930 83 82 103 108 110 5 6 1 1
32016 80.000 125.000 29.000 29.000 22.000 1.5 1.5 27 138000 216000 2600 3600 1.300 90 87 112 118 120 6 7 1 1
32017 85.000 130.000 29.000 29.000 22.000 1.5 1.5 28 140000 224000 2400 3400 1.350 94 92 117 123 125 6 7 1 1
32018 90.000 140.000 32.000 32.000 24.000 2.0 1.5 30 168000 270000 2200 3200 1.750 100 99 125 131 134 6 8 1.5 1.5
32019 95.000 145.000 32.000 32.000 24.000 2.0 1.5 31 182000 287000 2500 3300 1.880 105 104 130 136 139 6 8 1.5 1.5
32020 100.000 150.000 32.000 32.000 24.000 2.0 1.5 33 185000 298000 2400 3200 1.950 110 109 134 141 144 6 8 1.5 1.5
32021 105.000 160.000 35.000 35.000 26.000 2.5 2.0 34.5 201000 335000 2100 2800 2.420 116 115 143 150 154 6 9 2 2
32022 110.000 170.000 38.000 38.000 29.000 2.5 2.0 36 233000 390000 1800 2600 3.050 123 120 152 160 163 7 9 2 2
32206 30.000 62.000 21.250 20.000 17.000 1.0 1.0 15 50100 57000 6300 8500 0.280 37 36 52 56 58 3 4 1 1
32207 35.000 72.000 24.250 23.000 19.000 1.5 1.5 17 66000 78000 5300 7000 0.430 43 42 61 65 67 3 5 1 1
32208 40.000 80.000 24.750 23.000 19.000 1.5 1.5 19 74800 86500 4800 6300 0.530 49 47 68 73 75 3 5.5 1 1
32209 45.000 85.000 24.750 23.000 19.000 1.5 1.5 20 80900 98000 4500 6000 0.580 54 52 73 78 80 3 5.5 1 1
32210 50.000 90.000 24.750 23.000 19.000 1.5 1.5 21 82500 100000 4300 5600 0.610 58 57 78 83 85 3 5.5 1 1
32211 55.000 100.000 26.750 25.000 21.000 2.0 1.5 22 106000 129000 3800 5000 0.830 64 64 87 91 95 4 5.5 1.5 1.5
32212 60.000 110.000 29.750 28.000 24.000 2.0 1.5 24 125000 160000 3400 4500 1.150 69 69 95 101 104 4 5.5 1.5 1.5
32213 65.000 120.000 32.750 31.000 27.000 2.0 1.5 27 151000 193000 3000 4000 1.500 76 74 104 111 115 4 5.5 1.5 1.5
Page 2
BEARINGS INDIA PRIVATE LIMITED
TAPER ROLLER BEARINGS - PRODUCT RANGE
BOUNDARY DIMENSIONS Load Rating Limiting Speed Abutment DimensionsBEARING Weight
NUMBER d D T B C r1 r a Dynamic Static Grease Oil da db Da Da Db Ca Cb ra rb
mm mm mm mm mm mm mm mm Newtons Newtons r.p.m. r.p.m. kgs. max min min max min min min max max
Metric Series
32214 70.000 125.000 33.250 31.000 27.000 2.0 1.5 28 157000 208000 2800 3800 1.600 80 79 108 116 119 4 6 1.5 1.5
32215 75.000 130.000 33.250 31.000 27.000 2.0 1.5 29 161000 212000 2600 3600 1.700 85 84 114 121 125 4 6 1.5 1.5
32216 80.000 140.000 35.250 33.000 28.000 2.5 2.0 30 187000 245000 2400 3400 2.050 91 90 122 130 134 5 7 2 2
32217 85.000 150.000 38.500 36.000 30.000 2.5 2.0 33 212000 285000 2200 3200 2.600 97 95 130 140 142 5 8.5 2 2
32218 90.000 160.000 42.500 40.000 34.000 2.5 2.0 36 251000 340000 2000 3000 3.350 102 100 138 150 152 5 8.5 2 2
32219 95.000 170.000 45.500 43.000 37.000 3.0 2.5 39 281000 390000 1900 2800 4.050 109 107 145 158 161 5 8.5 2 2
32220 100.000 180.000 49.000 46.000 39.000 3.0 2.5 41 319000 440000 1800 2600 4.900 115 112 154 168 171 5 10 2 2
32307 35.000 80.000 32.750 31.000 25.000 2.0 1.5 20 95200 106000 4800 6300 0.730 44 44 66 71 74 4 7.5 1.5 1.5
32308 40.000 90.000 35.250 33.000 27.000 2.0 1.5 23 117000 140000 4000 5300 1.000 51 49 73 81 82 3 8 1.5 1.5
32309 45.000 100.000 38.250 36.000 30.000 2.0 1.5 25 140000 170000 3600 4800 1.350 57 54 82 91 93 4 8 1.5 1.5
32310 50.000 110.000 42.250 40.000 33.000 2.5 2.0 27 172000 212000 3200 4300 1.800 63 60 90 100 102 5 9 2 2
32311 55.000 120.000 45.500 43.000 35.000 2.5 2.0 29 198000 250000 3000 4000 2.300 68 65 99 110 111 5 10.5 2 2
32312 60.000 130.000 48.500 46.000 37.000 3.0 2.5 31 229000 290000 2600 3600 2.850 74 72 107 118 120 6 11.5 2 2
32313 65.000 140.000 51.000 48.000 39.000 3.0 2.5 35 266000 233000 2800 3800 3.450 80 77 117 128 130 6 12 2 2
32316 80.000 170.000 61.500 58.000 48.000 3.0 2.5 41 380000 500000 1900 2800 6.200 98 92 142 158 159 7 13.5 2 2
32317 85.000 180.000 63.500 60.000 49.000 4.0 3.0 42 402000 530000 1800 2600 6.850 103 99 150 166 167 7 14.5 2.5 2.5
33010 50.000 80.000 24.000 24.000 19.000 1.0 1.0 17 69300 102000 4500 6000 0.450 56 56 72 74 76 4 5 1 1
33012 60.000 95.000 27.000 27.000 21.000 1.5 1.5 20 91300 143000 3800 5000 0.710 67 67 85 88 90 5 6 1 1
33013 65.000 100.000 27.000 27.000 21.000 1.5 1.5 21 96800 156000 3400 4500 0.780 72 72 89 93 96 5 6 1 1
33016 80.000 125.000 36.000 36.000 29.500 1.5 1.5 26 168000 285000 2600 3600 1.650 90 87 112 118 119 6 6.5 1 1
33017 85.000 130.000 36.000 36.000 29.500 1.5 1.5 26 183000 310000 2600 3600 1.750 94 92 118 123 125 6 6.5 1 1
33018 90.000 140.000 39.000 39.000 32.500 2.0 1.5 27 216000 355000 2200 3200 2.200 100 99 127 131 135 7 6.5 1.5 1.5
33019 95.000 145.000 39.000 39.000 32.500 2.0 1.5 29 228000 378000 2200 3200 2.250 104 104 131 136 139 7 6.5 1.5 1.5
33020 100.000 150.000 39.000 39.000 32.500 2.0 1.5 29 224000 390000 2000 3000 2.400 109 109 135 141 143 7 6.5 1.5 1.5
Page 3
BEARINGS INDIA PRIVATE LIMITED
TAPER ROLLER BEARINGS - PRODUCT RANGE
BOUNDARY DIMENSIONS Load Rating Limiting Speed Abutment DimensionsBEARING Weight
NUMBER d D T B C r1 r a Dynamic Static Grease Oil da db Da Da Db Ca Cb ra rb
mm mm mm mm mm mm mm mm Newtons Newtons r.p.m. r.p.m. kgs. max min min max min min min max max
Metric Series
33021 105.000 160.000 43.000 43.000 34.000 2.5 2.0 31 246000 430000 1900 2800 3.050 117 115 145 150 153 7 9 2 2
33022 110.000 170.000 47.000 47.000 37.000 2.5 2.0 34 281000 500000 1800 2600 3.850 123 120 152 160 161 7 10 2 2
33109 45.000 80.000 26.000 26.000 20.500 1.5 1.5 19 84200 114000 4500 6000 0.560 52 52 69 73 77 4 5.5 1 1
33111 55.000 95.000 30.000 30.000 23.000 1.5 1.5 22 110000 156000 3800 5000 0.860 63 62 83 88 91 5 7 1 1
33115 75.000 125.000 37.000 37.000 29.000 2.0 1.5 29 176000 265000 2800 3800 1.800 84 84 109 116 120 6 8 1.5 1.5
33116 80.000 130.000 37.000 37.000 29.000 2.0 1.5 30 179000 280000 2600 3600 1.900 89 89 114 121 126 6 8 1.5 1.5
33118 90.000 150.000 45.000 45.000 35.000 2.5 2.0 35 251000 390000 2000 3000 3.100 101 100 130 140 144 7 10 2 2
33208 40.000 80.000 32.000 32.000 25.000 1.5 1.5 21 105000 132000 4300 5600 0.770 47 47 67 73 76 5 7 1 1
33209 45.000 85.000 32.000 32.000 25.000 1.5 1.5 22 108000 143000 4000 5300 0.820 52 52 72 78 81 5 7 1 1
33210 50.000 90.000 32.000 32.000 24.500 1.5 1.5 23 109000 162000 3800 5000 1.950 57 57 77 83 87 5 7.5 1 1
33211 55.000 100.000 35.000 35.000 27.000 2.0 1.5 25 138000 190000 3400 4500 1.200 63 64 85 91 96 6 8 1.5 1.5
33213 65.000 120.000 41.000 41.000 32.000 2.0 1.5 30 191000 285000 3000 4000 4.540 75 74 102 111 115 6 9 1.5 1.5
33215 75.000 130.000 41.000 41.000 31.000 2.0 1.5 32 209000 300000 2400 3400 2.250 84 84 111 121 125 6 10 1.5 1.5
33216 80.000 140.000 46.000 46.000 35.000 2.5 2.0 36 250000 371000 2700 3600 2.990 89 90 119 130 135 7 11 2 2
33217 85.000 150.000 49.000 49.000 37.000 2.5 2.0 37 286000 430000 2000 3000 3.700 96 95 128 140 144 7 12 2 2
Page 4
BEARINGS INDIA PRIVATE LIMITED
TAPER ROLLER BEARINGS - PRODUCT RANGE
BOUNDARY DIMENSIONS Load Rating Limiting Speed Abutment DimensionsBEARING Weight
NUMBER d D T B C r1 r a Dynamic Static Grease Oil da db Da Da Db Ca Cb ra rb
mm mm mm mm mm mm mm mm Newtons Newtons r.p.m. r.p.m. kgs. max min min max min min min max max
Inch Series
09067/9195 19.050 49.225 18.034 19.050 14.288 1.3 1.3 10 39100 40000 8000 11000 0.180 26 25.5 41 42.5 44 4 3.5 1 1
JLM104948/10 50.000 82.000 21.500 21.500 17.000 3.0 0.5 16 72100 100000 4500 6000 0.430 57 64 74 77 78 4 4.5 2.5 0.5
11162/11300 41.275 76.200 18.009 17.384 14.288 1.5 1.5 17 42500 51500 4900 6500 0.337 50 49 65 68 71 3 3.5 1 1
11590/20 15.875 42.862 14.288 14.288 9.525 1.5 1.5 13 17600 17500 8700 12000 0.103 23 23 32 36 38 2 4.5 1 1
LM11949/10 19.050 45.237 15.494 16.637 12.065 1.3 1.3 10 27500 27500 8500 12000 0.120 25 25.5 38 38.5 41 3 3 1 1
M12649/10 21.430 50.005 17.526 18.288 13.970 1.3 1.3 11 36900 38000 8000 11000 0.170 28 28 43 43.5 46 3 3.5 1 1
14118/283 30.000 72.085 22.385 19.202 18.415 0.8 2.3 18 53900 67000 5600 7500 0.450 43 36.5 56 63 63 3 3.5 0.6 2
15120/245 30.213 62.000 19.050 20.638 14.288 0.8 1.3 13 46800 53900 6000 8000 0.260 38 40 54 55 58 4 4.5 0.6 1
15123/245 31.750 62.000 18.161 19.050 14.288 4.0 1.3 13 48400 57000 6000 8000 0.240 38 43.5 54 55 58 4 3.5 3 1
1988/22 28.575 57.150 19.845 19.355 15.875 3.5 1.5 14 47300 55000 6700 9000 0.220 35 40 49 49.5 54 3 3.5 3 1
HM218248/10 89.974 146.975 40.000 40.000 32.500 7.0 3.5 31 227000 340000 2400 3200 2.550 101 111 130 134 140 7 7.5 6 3
24780/20 41.275 76.200 22.225 23.020 17.462 3.5 0.8 17 68200 86500 5000 6700 0.430 48 48 65 64 71 4 4.5 3 0.6
25577/23 42.875 82.931 26.988 25.400 22.225 3.5 2.3 20 80900 106000 4500 6000 0.610 53 56.5 70 73 76 3 4.5 3 2
25590/20 45.618 82.931 23.812 25.400 19.050 3.6 0.8 17 83800 111000 4500 6000 0.540 53 57.5 71 76 76 5 4.5 3 0.6
2580/20 31.750 66.421 25.400 25.357 20.638 0.8 3.2 16 71400 85100 6000 8000 0.400 40 38 58 55 63 3 4.5 0.6 3
25877/21 34.925 73.025 23.812 24.608 19.050 1.5 0.8 15 72100 88000 5300 7000 0.470 44 42.5 62 66.5 67 5 4.5 1 0.6
27687/20 82.550 125.412 25.400 25.400 19.845 3.5 1.5 26 102000 163000 2700 3600 1.070 93 96 113 116 119 5 5.5 3 1
28580/21 50.800 92.075 24.608 25.400 19.845 3.6 0.8 20 84800 119000 4200 5600 0.720 61 63 79 85 86 5 4.5 3 0.6
28584/21 52.388 92.075 24.608 25.400 19.845 3.6 0.8 20 84800 119000 4200 5600 0.670 63 65 79 85 86 5 4.5 3 0.6
29685/20 73.025 112.712 25.400 25.400 19.050 3.5 3.3 26 95500 151000 3100 4100 0.873 82 86 100 100 108 4 6 3 3
LM29749/10 38.100 65.088 18.034 18.288 13.970 2.3 1.3 13 42900 57000 5600 7500 0.240 44 47.5 58 58 61 3 4 2 1
31594/20 34.925 76.200 29.370 28.575 23.812 1.5 3.3 20 85800 106000 5000 6700 0.630 44 43 62 64.5 71 4 5.5 1 3
33889/21 50.800 95.250 27.783 28.575 22.225 3.5 2.3 20 107000 139000 3900 5200 0.876 58 64 83 88 90 6 5.5 3 2
33895/22 53.975 95.250 27.783 28.575 22.225 1.5 0.8 20 107000 139000 3900 5200 0.824 61 62.5 83 88 90 6 5.5 1 0.6
Page 5
BEARINGS INDIA PRIVATE LIMITED
TAPER ROLLER BEARINGS - PRODUCT RANGE
BOUNDARY DIMENSIONS Load Rating Limiting Speed Abutment DimensionsBEARING Weight
NUMBER d D T B C r1 r a Dynamic Static Grease Oil da db Da Da Db Ca Cb ra rb
mm mm mm mm mm mm mm mm Newtons Newtons r.p.m. r.p.m. kgs. max min min max min min min max max
Inch Series
3490/20 38.100 79.375 29.370 29.771 23.812 3.5 3.3 20 91300 110000 5000 6700 0.670 46 50 65 68 73 4 5.5 3 3
355X/352 44.450 90.119 23.000 21.692 21.808 3.5 2.3 16 70400 81500 4500 6000 0.660 55 56.5 76 77 80 3 3 3 2
359S/354X 46.038 85.000 20.638 21.692 17.462 2.3 1.5 16 70400 81500 4500 6000 0.490 55 56 76 77 80 3 3 2 1
368A/362A 50.800 88.900 20.638 22.225 16.513 3.6 1.2 16 74300 87300 4400 5800 0.500 58 63 80 81 83 4 4 3 1
3780/20 50.800 93.264 30.162 30.302 23.812 3.5 3.3 22 110000 146000 4000 5300 0.870 60 63 80 81.5 87 4 6 3 3
387/382 57.150 98.425 21.000 21.946 17.826 2.3 0.8 17 80900 102000 3800 5000 0.640 65 67.5 87 91.5 92 5 3 2 0.6
39581/20 57.150 112.712 30.162 30.162 23.812 8.0 3.3 23.5 138000 195000 3200 4200 1.400 76 79 100 100 107 5 6 7 3
395A/394A 66.675 110.000 22.000 21.996 18.824 0.8 1.3 21 89500 120000 3200 4300 0.796 77 74 98 102 105 4 3 0.6 1
3982/20 63.500 112.712 30.162 30.048 23.812 3.5 3.3 25 123000 183000 3200 4300 1.250 75 76.5 96 100 105 4 6 3 3
3984/20 66.675 112.712 30.162 30.048 23.812 3.5 3.3 25 123000 183000 3200 4300 1.150 75 79.5 96 100 105 4 6 3 3
418/414 38.100 88.500 26.988 29.083 22.225 3.5 1.5 17 101000 114000 4800 6300 0.830 49 50 73 80.5 78 5 4.5 3 1
42687/20 76.200 127.000 30.162 31.000 22.225 3.5 3.3 27 138000 204000 2800 3800 1.450 88 89.5 112 114 120 5 7.5 3 3
462/453X 57.150 104.775 30.162 29.317 24.605 2.3 3.3 24 121000 160000 3600 4800 1.050 68 67.5 91 92.5 98 4 5.5 2 3
47487/20 69.850 120.000 32.545 32.545 26.195 3.6 3.3 26 166000 249000 3000 4000 1.460 81 83 105 108 113 6 6 3 3
482/472 69.850 120.000 29.794 29.007 24.237 3.5 2.0 26 132000 186000 3000 4000 1.350 80 83 103 110 112 4 5.5 3 1.5
LM48548/10 34.925 65.088 18.034 18.288 13.970 3.6 1.3 14 47300 57000 5600 7500 0.250 42 47 57 58 61 3 4 3.5 1
LM501349/10 41.275 73.431 19.558 19.812 14.732 3.5 0.8 16 55000 69500 4800 6300 0.330 48 53.5 64 67 69 4 4.5 3 0.6
HM518445/10 88.900 152.400 39.688 39.688 30.162 6.4 3.3 33 275000 404000 2000 3000 2.810 102 109 135 139 146 7 9.5 6 3
535/532A 44.450 111.125 38.100 36.957 30.162 3.6 3.3 26 159000 206000 3600 4800 1.830 64 57 90 95.5 97 5 7.5 3 3
537/532X 50.800 107.950 36.512 36.957 28.575 3.6 3.3 24 159000 206000 3600 4800 1.520 64 63.5 90 95.5 97 5 7.5 3 3
539/532X 53.975 107.950 36.512 36.957 28.575 3.6 3.3 24 159000 206000 3600 4800 1.450 64 66.5 90 95.5 97 5 7.5 3 3
566/563 69.850 127.000 36.512 36.170 28.575 3.6 3.3 28 182000 262000 2800 3800 1.900 83 83 109 114 119 5 7.5 3 3
567/563 73.025 127.000 36.512 36.170 28.575 3.6 3.3 28 182000 262000 2800 3800 1.790 83 86 109 114 119 5 7.5 3 3
575/572 76.200 139.992 36.512 36.098 28.575 3.5 3.3 31 187000 280000 2400 3400 2.450 94 89.5 120 127 131 5 7.5 3 3
580/572 82.550 139.992 36.512 36.098 28.575 3.6 3.3 31 191000 291000 2400 3400 2.140 94 96 120 127 131 5 7.5 3 3
Page 6
BEARINGS INDIA PRIVATE LIMITED
TAPER ROLLER BEARINGS - PRODUCT RANGE
BOUNDARY DIMENSIONS Load Rating Limiting Speed Abutment DimensionsBEARING Weight
NUMBER d D T B C r1 r a Dynamic Static Grease Oil da db Da Da Db Ca Cb ra rb
mm mm mm mm mm mm mm mm Newtons Newtons r.p.m. r.p.m. kgs. max min min max min min min max max
Inch Series
582/572 82.550 139.992 36.512 36.098 28.575 6.9 3.3 31 191000 291000 2400 3400 2.110 94 102 120 127 131 5 7.5 6 3
593/592A 88.900 152.400 39.688 36.322 30.162 3.5 3.3 37 194000 305000 2000 3000 2.800 104 103 128 139 141 4 9.5 3 3
594A/592A 95.250 152.400 39.688 36.322 30.162 5.1 3.3 37 200000 319000 2000 3000 2.470 104 112 128 139 141 4 9.5 4 3
596/592A 85.725 152.400 39.688 36.322 30.162 3.5 3.3 37 194000 305000 2000 3000 2.900 96 102 128 139 141 4 9.5 3 3
598/592A 92.075 152.400 39.688 36.322 30.162 3.5 3.3 37 194000 305000 2000 3000 2.700 104 106 128 139 141 4 9.5 3 3
LM603049/11 45.242 77.788 19.842 19.842 15.080 3.5 0.8 17 53900 69500 4800 6300 0.370 52 57.5 68 71 74 4 4.5 3 0.6
621/612 53.975 120.650 41.275 41.275 31.750 3.5 3.3 27 172000 213000 3300 4400 2.210 69 63.5 98 108 108 6 9.5 3 3
6379/20 65.088 135.755 53.975 56.007 44.450 3.5 3.3 34 286000 400000 2800 3800 3.700 78 78.5 110 123 125 7 9.5 3 3
6386/20 66.675 135.755 53.975 56.007 44.450 4.3 3.3 34 286000 400000 2800 3800 3.650 78 81.5 110 123 125 7 9.5 4 3
LM67048/10 31.750 59.131 15.875 16.764 11.811 3.6 3.3 13 34700 41500 6300 8500 0.180 38 44.5 51 52 55 3 4 3.5 1
683/672 95.250 168.275 41.275 41.275 30.162 3.6 3.3 38 245000 386000 1900 2800 3.680 114 109 143 155 157 6 11 3 3
JM716649/10 85.000 130.000 30.000 29.000 24.000 3.0 2.5 30 149000 245000 2600 3600 1.360 94 99 115 118 125 5 6 2.5 2
72212/487 53.975 123.825 36.512 32.791 25.400 3.5 3.3 36 147000 180000 3800 5600 2.050 68 65.5 93 113 114 5 11 3 3
749A/742 82.550 150.089 44.450 46.672 36.512 3.5 3.3 32 261000 360000 2400 3200 3.370 95 96 130 137 142 8 7.5 3 3
HM903249/10 44.450 95.250 30.958 28.575 22.225 3.5 0.8 30 101000 122000 3600 4800 1.000 53 57 71 88 90 4 8.5 3 0.6
Page 7

Application of DLT Bearings

Our product range finds application in many fields as follows:

Product    Industries    Taper Roller Bearings    Automotive - Gear Box / Wheels    Industrial - Gear Box / Diesel Engines    Cylindrical Roller Bearings    Automotive - Gear Box    Ball Bearings    Industrial - Automotive    Needle Roller Bearings    Industrial - Automotive    Four Point Contact Ball Bearings    Automotive - Gear Box    Clutch Release Bearings    Clutch Release

DLT Bearing Product Range

Spherical Roller Bearings (S.R.B)
SRB’s is designed to manage high radial loads and perform consistently even with misalignments, marginal lubrication, contamination as well as in critical applications. › These bearings are non-separable double row radial bearings with barrel shaped rollers, thus due to this design    pattern they are irreplaceable in many demanding applications. › Standards: Produced According to ISO › Series: 22200, 22300, 23000, 23200, 24000 and 24100 › Applications: Mainly used in power plants, pulp and paper mills, mining, oilfields, shaker screens, wind turbines, gear drives and rolling mills.
Taper Roller Bearings (T.R.B)
These bearings are suitable for carrying important radial and axial load simultaneously.  Single row taper roller bearings are separable radial bearings. › It consists of 4 independent components: »  The CONE (Inner Ring) »  The CUP (Outer Ring) »  Taper Rollers (Rolling Elements) »  The Cage (Roller retainer) › It is said that the taper angles allow the bearing to handle a combination of radial and axial load. › The steeper the cup angle the greater the ability of bearing to handle thrust loads. › Standards: Produced According to ISO › Series: 30200, 30300, 32000, 32200, 32300, 33000, 33100 and 33200 › Applications: Mainly used in the automobile industry, heavy gear boxes, pumps, compressors etc.
Cylindrical Roller Bearing (C.R.B)
The C.R.B’s are designed to manage heavy radial loads – considering the contact geometry and the critical dimensions of the rollers as well as the raceway diameters. › It consists of an inner ring, outer ring with a cage containing a complement of rollers. › Apart from that application conditions, mounting and assembly requirements guides the selection of C.R.B’s. ›  Single row C.R.B’s include: N, NJ, NU and NUP type whereas double row mainly include: NNU and NN types. »  The cage of C.R.B’s could be of brass or polyamide. »  They are produced according to ISO standards. »  Application: Heavy duty gear boxes, steel rolling mills, mining industries, oilfield, mechanical     presses etc.
Needle Roller Bearings (N.R.B)
N.R.B’s are rolling bearings consisting of rollers that are long and thin in relation to their diameter. › It consists of a machined and ground channel shaped outer ring with a complement of needle rollers retained and guided by a cage. › In spite of their low cross-section N.R.B’s have a high load carrying capacity and shock resistance with a relatively small radial cross section. › Thus this attractive design of N.R.B’s provides it optimum speed and lubrication retention capacity. › They are produced according to ISO standards. › Application: Mainly used in consumer goods, construction, agriculture, automotive, gear pump, two cycle-engines and much more.
Angular Contact Bearings
› Designed to manage both radial and axial loads simultaneously, › Available in single and double row configurations › Single row angular contact bearings have high thrust capacity in one direction and for maximum performance some of them are designed for duplex mounting too. › Furthermore to support higher axial loads ball contact angles are created between the bearing raceways and shoulders. Higher the angle betters the axial load capacity. › Whereas double row angular contact bearings offer higher rigidity, compactness and radial capacity. › They are produces according to ISO standards › Series: 7000, 7200, 7300, 3200, 3300 › Applications: Used in pumps, compressors and many other general industrial applications.
Spherical Roller Thrust Bearing
spherical roller thrust bearings have a self aligning capability. › Due to the above reason it makes the bearing insensitive to shaft deflection and misalignment of the shaft relative to the housing. › These bearing are separable and are able to manage heavy axial loads permitting relatively higher speed operations. › They are produced according to the ISO standards › Series: 29300 and 29400 › Applications: Heavy gear boxes, vertical shafts and many other heavy industrial applications.

Quality

	SAE-52100 Steel for Bearing races & Rollers. Races are from SAE-52100 approved material, Rollers from SAE-52100
Material
	Chemistry of material is checked by chemical analysis.
Chemistry
	Bearings races & Rollers are hardened and tempered with 58 to 62 HRC.
Heat Treatment
	Within standard dimensions & tolerances.
Dimensions
	Bearings races & Rollers are passed through lapping process to achieve super microfinishing.
Finishing
	Prime Material selection & advance manufacturing techniques ensure dimension accuracy and durability of "
Quality